Noted physicist John Butterworth discusses the world of particle physics, including the findings made in recent years regarding the Higgs Boson.&nbsp; Here’s Jon explaining what the Higgs Boson is.

AMSE Science Report with guest John Butterworth

Alan Lowe interviews Dr. Aditi Gurkar, assistant professor at the University of Pittsburgh’s Aging Institute. Dr. Gurkar discusses her transition from medical doctor to becoming a leading researcher in aging, driven by her grandfather’s cancer diagnosis. She explains the critical difference between chronological and biological age, highlighting how aging impacts both physical and functional health. Dr. Gurkar also emphasizes the importance of early healthy habits, the value of in-person social connections, and the potential for delaying biological aging through targeted interventions while advocating for societal changes to support longer, healthier lives. &nbsp; &nbsp;  Guest Bio Dr. Aditi Gurkar is an assistant professor at the University of Pittsburgh’s Aging Institute and a leading researcher in the field of aging. Originally from Mumbai, India, Dr. Gurkar initially aspired to become a medical doctor but shifted her focus to scientific research after a transformative experience in genetic counseling. Inspired by her grandfather's battle with cancer, she pursued a PhD in cancer biology before realizing that aging is the primary risk factor for many diseases. Her work emphasizes the importance of early healthy habits and social connections in delaying biological aging, with a focus on developing interventions to promote longer, healthier lives. &nbsp; &nbsp; Show Notes  (1:52) What led Aditi to decide to study science (5:33) Aditi’s advice to young women thinking about a career in STEM (6:43) Why Aditi decided to focus on aging (8:54) Chronological vs. biological aging (10:12) Why our bodies age (10:47) What happens to our bodies as we age (13:11) Tips for aging well and enjoying being older (15:38) Can the aging process be reversed?  &nbsp; Links Referenced  Gurkar Lab:  Twitter:

Getting the Most Out of Getting Older with Dr. Aditi Gurkar

The growing understanding of electricity over the past 200 years has dramatically changed our understanding of the universe, including, you might say, the universe inside our bodies.&nbsp; I had the pleasure of speaking on our podcast, AMSEcast, with Sally Adee, author of We Are Electric: Inside the 200 Year Hunt for Our Body’s Bioelectric Code, and What the Future Holds.&nbsp; In this fascinating book, Sally explores the ways our bioelectrical makeup is central to our lives.&nbsp; Still, our understanding of the electricity in our bodies, and how the nervous system works, are relatively recent discoveries.&nbsp;

AMSE Science Report Sally Adee, author of We Are Electric: Inside the 200 Year Hunt for Our Body’s Bioelectric Code, and What the Future Holds

Alan Lowe, director of the American Museum of Science and Energy (AMSE) introduces a live audience to the first-ever AMSEcast Conversation. Held in Oak Ridge, Tennessee, the event featured a panel of experts discussing the historical significance of the Military Industrial Educational Complex and the book Critical Connections. The panel, which included Lee Riedinger, Ray Smith, and William Bugg, explored the development of Oak Ridge and the University of Tennessee (UT) during the 1940s. &nbsp; &nbsp;  Guest Bios Lee Riedinger has held numerous leadership positions during his distinguished career at the University of Tennessee (UT). He has served as the Director of the UT-ORNL Science Alliance, Head of the Department of Physics and Astronomy, and Vice Chancellor for Research. Additionally, Lee has held key roles at Oak Ridge National Laboratory (ORNL), including Deputy Director for Science and Technology, and Associate Laboratory Director for University Partnerships. His contributions have strengthened the collaboration between UT and ORNL, fostering groundbreaking research and educational initiatives. &nbsp; &nbsp; Al Ekkebus has a long history with Oak Ridge National Laboratory, where he previously served as Head of the Research Library and Assistant to the Laboratory Director. He is currently the outreach leader for Neutron Science at ORNL, where his work supports the lab’s scientific community. Al was a crucial research assistant for the book Critical Connections, adding his extensive knowledge to the project. &nbsp; &nbsp; Ray Smith, the City of Oak Ridge’s official historian, has dedicated years to documenting the rich history of the city. For over a decade, he has written a weekly newspaper column on Oak Ridge’s history and contributed significantly to preserving its legacy. Before retiring in 2017, Ray worked at the Y-12 National Security Complex, where he was a key figure in chronicling its historical significance. &nbsp; &nbsp; William “Bill” Bugg is a retired high-energy physicist and former Head of the Physics Department at UT, where he served from 1959 until 2006. An Oak Ridge High School graduate from the class of 1948, Bill’s personal and professional journey has been deeply intertwined with Oak Ridge’s scientific community, making him a living testament to the city’s storied past. &nbsp; &nbsp; Show Notes  (04:19) Guest introductions (06:13) UT and Oak Ridge as they were in 1940 (10:03) The role UT played in the construction of Oak Ridge during the Manhattan Project (19:48) How Oak Ridge was able to continue existing after WWII (21:00) The role Dr. Hertel played in continuing the connection between UT and ORNL (23:48) Who Bill Pollard was and his central role in the relationship between UT and ORNL (32:35) Alvin Weinberg’s role in making connections between ORNL and UT (35:32) The role politicians and other political servants played in connecting ORNL and UT (41:18) How their partnership has benefited the lab and the university (45:23) What’s in the immediate future for UT and ORNL (48:38) The connection between UT and Y-12 (50:54) Q &amp; A (59:58) What the panelists think is missing from the partnership between UT and ORNL

The Critical Connections of the Military Industrial Educational Complex

Alan is joined by Lou Elizondo, former military intelligence officer and author of Imminent: Inside the Pentagon’s Hunt for UFOs. Lou shares his journey from joining JROTC to his work in the Pentagon's classified UFO program. He describes Unidentified Aerial Phenomena (UAP) with extraordinary capabilities like hypersonic speeds and movement without visible propulsion, raising national security concerns. Lou explains that UAP sightings date back to the 1950s, and the government once stigmatized discussions to avoid panic. Now, bipartisan efforts push for transparency, supported by emerging legislation and international cooperation on UAP research. &nbsp; &nbsp;  Guest Bio Lou Elizondo is a former military intelligence officer who served in various classified roles, including a key position in the Pentagon's UFO program. After his resignation in 2017, Lou became an advocate for transparency about Unidentified Aerial Phenomena (UAPs), revealing shocking insights into advanced aerospace technologies observed by military pilots. His New York Times bestselling book, Imminent: Inside the Pentagon’s Hunt for UFOs, uncovers the hidden world of UAP investigations and challenges our understanding of reality. Lou's work has sparked global conversations about science, security, and the future of human knowledge. &nbsp; &nbsp; Show Highlights  (1:29) What led to Luis’ career in military and intelligence services (5:26) What remote sensing is (11:03) How Luis’ became in involved with UAPs from a military perspective (25:09) How Luis’ deals with the lack of acceptance of the data (29:42) What led Louis to resign from the Pentagon (34:04) Observable traits of UAPs based on famous filmed cases (40:48) Why the government’s attitude toward public transparency is changing (46:03) Next steps for people as UAPs are more openly discussed (52:56) The importance of keeping an open mind moving forward  &nbsp; &nbsp; Links Referenced  Imminent: Inside the Pentagon’s Hunt for UFO’s

On the Hunt for UFOs with Lou Elizondo

Alan Lowe sits down with the renowned Dr. Asad Madni. Dr. Madni shares his extraordinary journey as an engineer, inventor, and entrepreneur, detailing his groundbreaking contributions to fields like digital signal processing, MEMS technology, and artificial intelligence. From revolutionizing the Naval fleet with the Transline Analyzer to advancing automotive safety with MEMS gyroscopes, Dr. Madni's innovations have left an indelible mark on modern technology. Listen in as he discusses career insights, the future of AI, and the importance of creativity, ethics, and continuous learning in engineering and beyond. &nbsp; &nbsp;  Guest Bio Dr. Asad Madni is an internationally renowned engineer, inventor, and entrepreneur. A native of India, Asad studied electronics at the RCA Institutes in New York, and then electrical engineering at UCLA, where he obtained his bachelor’s and master’s degrees. &nbsp; &nbsp; He then received his PhD from California Coast University, and the senior executive program postgraduate credential from the MIT Sloan School of Management. &nbsp;He quickly rose up to leadership roles in engineering and business, serving as the CEO of Systron-Donner Corporation, and CEO and President of BEI Technologies. In 2011, he began serving as a distinguished adjunct professor and distinguished scientist at UCLA. &nbsp; Throughout his career, Asad has invented several devices that have had a tremendous impact on our world. He holds 28 patents and has received many prestigious honors including the 2022 Royal Academy of Engineering Prince Philip medal, the 2023 John Fritz medal, and induction into the National Inventors Hall of Fame in 2024. &nbsp; &nbsp; Show Notes  (2:13) What drew Dr. Madni to science and engineering (4:44) Art, engineering, and how they’re connected (7:14) How Dr. Madni created the first standalone communications systems analyzer (12:44) When Dr. Madni realized he could make that system into reality (19:55) The gyroscope and revolutionizing the auto industry (31:21) Contributions to the Hubble Telescope from Dr. Madni (34:03) Dr. Madni’s thoughts on the development of AI (44:12) Dr. Madni’s path to financial success and business advice for aspiring scientists and engineers (54:22) Virtues that should be instilled into bright, young minds

The Many Technological Advancements of Asad Madni

Welcome to The AMSE Science Report. I spoke on our podcast, AMSEcast, with Ian McNeely, about his fascinating book titled Reinventing Knowledge: From Alexandria to the Internet.&nbsp; At our institutions in  Oak Ridge we focus every day on the collection and use of knowledge, so it was fascinating to talk with Ian about how knowledge has been viewed and transmitted throughout the ages.&nbsp;&nbsp;

AMSE Science Report with Ian McNeely

Dava Sobel&nbsp;is an American writer of popular expositions of scientific topics. Her books include , about English clockmaker&nbsp;;&nbsp;, about&nbsp;'s daughter&nbsp;; and&nbsp;The Glass Universe: How the Ladies of the Harvard Observatory Took the Measure of the Stars&nbsp;about the&nbsp;. Taken from Wikipedia

AMSE Science Report Sava Sobel

Welcome to the AMSE Science Report. Are we alone in the universe? Many people are now taking a fresh look at that question thanks to recent revelations about unidentified aerial phenomena or UAPs, and those revelations have been spearheaded by the important work of Luis Elizondo. Lue recently joined me on our podcast, AMSEcast, to talk about his New York Times bestselling book, Imminent: Inside the Pentagon’s Hunt for UFOs. In a truly incredible, candid, eye-opening conversation, we spoke about several characteristics that distinguish these seemingly inexplicable vehicles. Here is part of our conversation about the ability of these UAPs to achieve instantaneous and hypersonic velocities.

AMSE Science Report with guest Luis Elizondo

In this episode, Alan talks with Windell Oskay, co-founder of Evil Mad Scientist Laboratories. Windell discusses updating Make: The Annotated Build-it-Yourself Science Laboratory, a childhood favorite of his, to inspire today’s young scientists. They highlight the importance of hands-on learning, creativity, and safety, especially in electrical experiments. Windell is also the author of Open Circuits: The Inner Beauty of Electronic Components, which explores the hidden beauty inside electronics, showcasing intricate cross-sections of devices from vacuum tubes to smartphones. Additionally, he shares insights into quantum computing and his company’s work creating pen plotters for artists. &nbsp; &nbsp;  Guest Bio Windell Oskay, co-founder of Evil Mad Scientist Laboratories, holds a PhD in Physics from the University of Texas at Austin and a BA in Physics and Mathematics from Lake Forest College. Before launching his company, Windell worked at Stanford Research Systems and the National Institute of Standards and Technology. Evil Mad Scientist Laboratories creates electronics and robotics kits and runs a popular DIY blog. In addition to updating the Make: The Annotated Build-it-Yourself Science Laboratory, Windell authored Open Circuits: The Inner Beauty of Electronic Components, a book that reveals the hidden beauty inside electronics. &nbsp; &nbsp; Show Notes  (1:31) What inspired Windell to update and annotate the Build-It-Yourself Science Laboratory (4:03) Why Windell thinks it’s important for kids to do hands-on science activities (7:10) How parents and teacher should approach the book from a safety perspective (11:21) Activities in the book related to atomic science (15:08) How Windell prepared the pieces in Open Circuits and what the most challenging aspects were (18:14) What passive components are and why Wendell started with them (21:04) How components fit into phone cameras and other devices (26:32) Where to learn more about Evil Mad Scientist Laboratories  &nbsp; Links Referenced  Evil Mad Scientist Laboratories:  Make: The Annotated Build-it-Yourself Science Laboratory:  Open Circuits: The Inner Beauty of Electronic Components:

How Windell Oskay is Inspiring a New Generation of Mad Scientists

AMSE tells the story of national and global security, science, research, engineering, technology development, and environmental restoration successes that have occurred in Oak Ridge since the very first days of the Manhattan Project.

New tracks tagged #manhattan project